ORCHESTRATION: NEURAL_SWITCHBOARD
THE FORENSIC
KERNEL.
Beyond standard simulations. We've engineered an autonomous orchestration layer that audits how a candidate arrives at a decision, not just the decision itself.
Knowledge Siloing
Our engine utilizes a proprietary 'Neural Switchboard' to prune and isolate simulation data. The adversary agent is strictly capped to the user's discovered evidence, preventing logical leakage and ensuring a high-fidelity audit.
Automated Threat Actor (ATA)
Instead of static scripts, SecNav employs an ATA model that adapts tactical pressure based on candidate response. This ensures every mission is a non-linear, dynamic evaluation of the user's technical composure.
Forensic Grading
Every interaction is parsed by a dedicated Grader Layer that maps behavioral telemetry against NIST 800-181 (NICE) and MITRE ATT&CK frameworks in real-time.
MAPPING_DECAY_CURVE: TACTICAL_TECHNICAL
AUTO_HANDOFF_TRIGGERED: SANS_FOR508_NODE
Skill Vitality.
A security skill is not a lifetime achievement—it is a perishable asset. SecNav implements Temporal Decay logic, mapped directly to the Ebbinghaus Forgetting Curve, to mathematically model cognitive retention and gradually reduce the vitality score of technical skills as the threat landscape evolves.
To maintain a Verified status, candidates must either re-deploy into advanced missions or refresh their DNA via validated partner nodes before the decay threshold is reached.
Cognitive Alignment.
Our simulations aren't just multiple choice tasks. They are mapped to Bloom's Taxonomy of Cognitive Learning to verify true professional competency under pressure.
Recall & Conceptualize
Tests target recall of basic commands, ports, file paths, standard incident IDs, and fundamental SOP compliance. Dialogues are cooperative, verifying baseline concepts.
Apply & Correlate
Tests hands-on tooling. Users run simulated queries, filter logs, parse telemetry feeds, detect contradictions, and isolate multi-variable alert indicators.
Evaluate & Synthesize
Tests strategic decision making under stress. Users triage containment prioritizations, evaluate adversarial deception, and synthesize incident reports.
Neural Orchestration Cycle
Operational Protocol 4.2 // Turn-Based Integrity
Telemetry Injection
Client-side focus, decision latency, and keystroke cadence are captured. Using Cognitive Latency Tracking, the engine mathematically separates Thinking Time from Composition Time to defeat LLM-assisted cheating.
Neural Sifting
The TrustEngine prunes the mission DNA based on current state, isolating intelligence to prevent knowledge leakage.
Sequential Grading
The Forensic Grader evaluates the turn against the Gold-Standard path and rubric hits before the actor responds.
Dynamic Response
The ATA (Automated Threat Actor) generates a roleplay-locked response following strict tactical guardrails.
Atomic Skill DNA.
SecNav does not track "experience" in years. We track Atomic Skill Units. Our library contains 260+ verified skills—from Memory Forensics to Crisis Negotiation—each mapped to a unique industry identifier.
Cybersecurity & MITRE ATT&CK
Weighted against federal KSAs in CISA NIST NICE (SP 800-181) and validated against tactical MITRE ATT&CK adversarial matrices.
Physical Protection & ISO 27001
Compliance validation against ASIS International CPP/PSP domains and ISO/IEC 27001 Annex A environmental and assets controls.
GRC Governance & COBIT 2019
Corporate risk alignment auditing matching ISO 31000 frameworks, ISACA COBIT governance, and NIST CSF v2.0 policies.
HSE & Safety Regulations
Operational safety checks mapping to ISO 45001 clauses, the IOSH Competency Framework, and regulatory OSHA / HAZWOPER requirements.
Leadership & Strategic Management
Validation of core corporate behaviors, change coordination, and navigation mapped to SHRM BASK, CIPD, and PMI PMBOK guidelines.
Log Analysis & SIEM // NIST_T0043
Threat Hunting (Behavioral) // MITRE_T1078
Malware Analysis // NIST_T0172
MAPPING_TO_NIST_800-181...
IDENTIFYING_DNA_GAPS...
Role Readiness Index.
Objective capability evaluation decoupled from static certificates. Driven dynamically by verified simulation telemetry, competency weighting, and automated penalty gates.
The Verification Standards
Unlike self-reported resumes or single-attempt multiple-choice certifications, the RRI assesses a candidate's readiness through continuous telemetry and rigorous math.
Continuous Proficiency Scaling
Instead of binary pass/fail grades, candidates accumulate incremental alignment as they progress toward target requirements:
Critical Gate Enforcement
A candidate can be generally proficient but present high-risk deficiencies in core critical competencies.
[!] Leaving a critical gate skill unmet invokes a severe -10% deduction directly on the total RRI to prevent critical compliance failures.
CRITICAL_PENALTY: -10% per unmet critical node
Incident Response TriageCRITICAL GATE
Memory Forensics
Behavioral Threat Hunting
Role Readiness Index
Forensic Enforcement.
Our methodology is enforced by the Tactical Probe—a high-fidelity monitoring system that detects non-human patterns and ensures a zero-AI mission environment.
Mapping Skill to Global Standard.
Every verified skill is backed by a clinical DNA profile mapped to internationally recognized regulatory frameworks and workforce criteria. Select a domain below to audit standard compliance guidelines.
Cybersecurity DNA
Simulations are mapped directly to federal knowledge, skill, and ability (KSA) codes within the NIST NICE framework and checked in real-time against the MITRE ATT&CK adversarial matrix to log tactical compliance.
Incident Triage
Cybersecurity DNAIncident Triage & Memory Forensics Mapping
Adversarial Access Mitigation & Containment
Information Security Analyst Competency standard
The Forensic Result.
See how our methodology translates into actionable intelligence. Explore the Decision Action Report (DAR).